Partition wall waterproof integrated toilet

Abstract

The invention relates to a partition wall waterproof integrated bathroom, and mainly aims to solve the problems that after a structural wall body is built on the periphery of an integrated bathroom of a traditional building, the integrated bathroom is installed after waterproof construction is conducted on the inner surface of the structural wall body, the installation process is complex, the installation speed is low, and the installation cost is high. And the structural wall body occupies a large building plane space, and the utilization rate of the building plane space is low. According to the main technical scheme, a waterproof base plate, a waterproof wallboard, a top plate, a waterproof wallboard connecting keel and a partition board are assembled to form a structural system, polyurethane foam is filled between the waterproof base plate and a structural floor slab and between the waterproof wallboard and the partition board to enhance the waterproof performance and the structural strength, and water and electricity pipelines are laid in cavities between wall bodies. According to the invention, the situation that the integrated bathroom cannot be installed or wastes space due to civil engineering errors easily caused by the fact that a civil engineering wall needs to be built firstly and an installation inner cavity is ensured in a traditional assembly type bathroom can be solved, and not only can the installation construction be ensured not to be influenced by the civil engineering errors, but also the space utilization rate can be effectively improved.

Description

Technical Field

[0001] The invention relates to an integrated toilet, in particular to an integrated toilet with partition wall waterproofing. Background Art

[0002] The integrated toilet in traditional buildings requires the construction of structural walls outside the integrated toilet and the waterproofing of the inner surface of the structural walls before the integrated toilet is installed. The installation process is complicated and the installation speed is slow. In addition, the structural walls occupy a large plane space of the building, and the utilization rate of the plane space of the building is low. Summary of the invention

[0003] The present invention aims to overcome the defects of the prior art and provide an integrated toilet for installation in a building. The integrated toilet does not require masonry structural walls or waterproofing construction around it, has a simple installation process, can reduce the load on the building floor, and can improve the utilization rate of the building space.

[0004] The partition wall waterproof integrated toilet of the present invention comprises a waterproof chassis, a waterproof wall panel, a top panel, a structural floor panel, a inner corner keel, a outer corner keel, a transverse keel, a flat keel, ground polyurethane foam, a pipeline well, a partition wall panel, an electric pipeline, a water supply pipeline, and a wall polyurethane foam; the characteristics are as follows: the waterproof chassis comprises a water-facing surface, a waterproof flange, a wall panel slot and a floor drain in an integrated structure; the waterproof chassis is above the structural floor panel, and the gap between the structural floor panel and the waterproof chassis is filled with ground polyurethane foam. When installing the waterproof chassis, a plurality of leveling pads can be fixedly placed above the structural floor panel where the chassis is placed, and the leveling pads are fixed to the structural floor panel with marble glue, and the level of the pads is measured with a spirit level. The tops are all on the same horizontal plane. After the marble glue solidifies, the point-shaped and precise leveling of the leveling pads is achieved. Then the ground polyurethane foam is sprayed at intervals on the top of the structural floor and the leveling pads. The waterproof chassis is placed on the leveling pads and the ground polyurethane foam. The waterproof chassis is moved, adjusted and fixed. Since the polyurethane foam is a fluid body before solidification, it can be sprayed on the top of the leveling pads to lubricate, making it easy to move and position the waterproof chassis. The ground polyurethane foam expands and solidifies in the gap under the constraints of the waterproof chassis and the structural floor, forming a fast and precise leveling and strongly adhering to the waterproof chassis and the structural floor to prevent the waterproof chassis from shifting. Spray the ground polyurethane foam at intervals , which can prevent the polyurethane foam from lifting up the waterproof chassis and causing displacement during the expansion and curing process; the waterproof flange surrounds the waterproof chassis and is higher than the water-facing surface. The waterproof flange at the door may not be higher than the water-facing surface. The waterproof flange higher than the water-facing surface makes the waterproof chassis form a basin-shaped waterproof structure; there is a height difference sloping towards the floor drain on the water-facing surface, which is convenient for the water-facing surface to collect the accumulated water and then quickly discharge it into the floor drain according to the height difference. The wall panel slot is at the inner bottom of the waterproof flange. Therefore, when the waterproof wall panel is inserted into the wall panel slot, the waterproof flange higher than the water-facing surface can prevent the wall scattered water collected on the inner surface of the waterproof wall panel from overflowing from the waterproof flange, and it can only flow on the water-facing surface of the waterproof chassis inside the waterproof flange and out of the floor drain. The bottom of the wall panel slot is not higher than the water-facing surface. Since the water-facing surface of the waterproof chassis has a height difference sloping toward the floor drain, the floor drain is at the lowest point, not higher than the wall panel slot on the water-facing surface, forming a decorative effect of a ground pressure wall. In the case of a water-facing surface with a height difference, the decorative surface layer of the water-facing surface can hide the inner side of the low waterproof flange, so that the waterproof wall panel forms an integrated decoration effect without forming a leak; the floor drain is on the inner side of the wall panel slot and lower than the water-facing surface. In this structure, after the waterproof wall panel is inserted into the wall panel slot, it does not affect the floor drain to collect the inner surface of the waterproof wall panel and the drainage of the water-facing surface. The floor drain is lower than the water-facing surface, which facilitates the drainage of the water-facing surface to quickly flow into the floor drain; the bottom of the waterproof wall panel is inserted into the wall panel slot;The sides of two adjacent waterproof wall panels on the same plane have concave keel slots, and the two sides of the flat keel have convex plugs, which are inserted into the keel slots. Therefore, the inner angle keel has a concave wall panel adjustment slot and a convex wall panel plug. Two waterproof wall panels intersecting with inner angles on different surfaces have one side inserted into the wall panel adjustment slot, and the other side has a concave keel slot inserted into the convex wall panel plug; the inner corner keel, the outer corner keel, and the flat keel outside the pipeline well, the innermost bottom that can contact the wall surface water dispersion are within the inner side of the waterproof flange; therefore, the convex and concave structures of the convex plug of the flat keel and the concave keel slot of the waterproof wall panel, and the convex wall panel plug of the inner angle keel and the concave keel slot of the waterproof wall panel, form a waterproof structure. The scattered water at the joint of two adjacent waterproof wall panels will leak to the back of the waterproof wall panel, and will be guided along the innermost contact surface of the butt keel and the internal angle keel, flow on the water-facing surface of the chassis within the waterproof flange, and be discharged along the drainage slope of the water-facing surface. Therefore, even if the interior surface of the joint of two adjacent waterproof wall panels on the same plane is not filled with beauty seams, it can prevent the wall panels at the joint from leaking. Secondly, it increases the strength of the waterproof wall panels and the butt keels and the internal angle keels, and prevents the thinner waterproof wall panels and the butt keels and the internal angle keels from falling over; the structure of the concave wall panel adjustment groove of the internal angle keel and the convex wall panel plug, on the one hand, forms a waterproof mortise and tenon structure of waterproof wall panels on different wall surfaces, prevents the joints of waterproof wall panels intersecting at the internal corners of different wall surfaces from leaking, and makes the scattered water at the joints flow along the internal angle keel. The water is guided by the contact surface of the angle keel and flows within the water-facing surface of the waterproof chassis within the inner side of the chassis waterproof flange and is discharged along the drainage slope of the water-facing surface. Therefore, even if the interior surface of the inner corner joint of two adjacent wall panels on different planes is not filled with beauty seams, it can prevent water leakage at the joint of the wall panels. Secondly, a compensation structure can be formed. When the waterproof chassis or waterproof wall panels cause local scale reduction or deformation or insufficient precision due to seasonal changes, thermal expansion and contraction, or production and processing accuracy errors, or installation accuracy errors, there is no need to rework the production and installation of the waterproof wall panels and waterproof chassis. It is only necessary to adjust the depth of the waterproof wall panels inserted into the wall panel adjustment groove to achieve fast and accurate installation. It can also prevent the waterproof wall panels from cracking due to seasonal changes. The structure of the intersection, where the end of one waterproof wall panel is inserted into the concave wall panel adjustment groove of the internal angle keel. During installation, the waterproof wall panel can be first inserted into the bottom wall panel slot, and then the wall panel adjustment slot of the internal angle keel is inserted into the side of the waterproof wall panel, and then the bottom of the internal angle keel is inserted into the inner side of the waterproof flange of the waterproof bottom plate at the corner and fixed with the bottom waterproof flange of the bottom plate with screws, and then the concave keel slot of the waterproof wall panel on another different wall surface is inserted into the wall panel plug of the internal angle keel. When the bottom of the waterproof wall panel, the flat keel and the internal angle keel are all restricted within the inner side of the waterproof flange of the waterproof bottom plate, the wall panel adjustment slot has a telescopic adjustment function, which can solve the problem that the splicing of all waterproof wall panels at the internal corner and on the same plane is realized by the flat keel and the internal angle keel. Waterproof mortise and tenon joints;The backs of two waterproof wall panels that intersect at the outer corners of different walls are overlapped with outer corner keels and transverse keels; one end of the transverse keel is fixed to the side of the angle of the outer corner keel, and the other end is fixed to the back of the corresponding inner corner keel or to the structural wall. Thus, the two sides of the angle of a outer corner keel are fixed to the corresponding two inner corner keels and the transverse keel and the enclosure combination of the waterproof wall panels. A pipeline well area is formed in this area outside the waterproof flange, the back of the waterproof wall panel, the inner corner keel, the outer corner keel and the transverse keel. Water supply and drainage pipelines are laid in this area. The enclosure structure formed by the waterproof wall panel with its back against the transverse keel and the outer corner keel and the inner corner keel can hide the drainage pipeline, so that there is no need to build a pipe well or pipe ridge in the bathroom to hide the water supply and drainage pipeline; when the angle of the outer corner keel is When there are structural walls on both sides, the horizontal keel can be fixed to the structural wall, and when there are no structural walls on both sides of the angle of the external angle keel, the horizontal keel can only be fixed to the back of the internal angle keel; the bottom of the innermost surface of the internal angle keel, the external angle keel and the flat keel outside the pipeline well area is inside the inner side of the waterproof flange, thereby forming a waterproof structure. When the joints of the waterproof wall panels are not filled with beauty seams (when they are closely spliced), the wall water dispersion received by the waterproof wall panels of the bathroom will not flow out from the joints of the waterproof wall panels, but will be guided by the contact surface of the flat keel, the internal angle keel, the external angle keel and the wall water dispersion, and flow into the water-facing surface of the waterproof chassis within the waterproof flange, and flow to the floor drain along the drainage guide slope of the water-facing surface.The top plate keel is at the top of the waterproof wall panel, the tops of the butt keel, the inner corner keel and the outer corner keel are fixed to the top plate keel, and the top plate is overlapped and fixed to the top plate keel. Therefore, when the waterproof chassis is fixed to the structural floor through the ground polyurethane foam, the waterproof chassis is prevented from shifting. The waterproof wall panel is inserted into the wall panel slot of the waterproof chassis. The bottom of the wall panel slot is not higher than the water-facing surface, generally lower than the water-facing surface. The bottom of the inner corner keel, the butt keel and the outer corner keel are fixed to the inner side of the waterproof flange. The plug of the butt keel and the wall panel plug of the inner corner keel are inserted into the keel slot on the side of the waterproof wall panel. At the inner corner, the side of the waterproof wall panel is inserted into the wall panel adjustment groove of the inner corner keel, and the horizontal keel is connected to the outer corner keel. The back of the internal angle keel or the structural wall surface can be fixed to the flat keel, the internal angle keel, the external angle keel and the overlapping surface of the waterproof wall panel and the edge of the water-facing surface on the inner side of the waterproof flange of the waterproof chassis to frame the inner and outer sides and bottom of the waterproof wall panel to prevent the waterproof wall panel from shifting, and the top plate keel is fixed to the top of the waterproof wall panel and the top of the flat keel, the internal angle keel and the external angle keel. Thus, a stable frame fixing structure is formed between the waterproof chassis, the flat keel, the external angle keel, the internal angle keel and the top plate keel to prevent the waterproof wall panel from shaking and shifting, so that the installed assembled bathroom waterproof wall panel, waterproof chassis and top plate can be stably and independently fixed above the structural floor, stably supporting the waterproof wall panel, The top plate does not require the structural wall outside the waterproof wall panel, thereby forming a stable and independent bathroom liner structure, so that the bathroom liner structure does not need to rely on any structural wall for support, and can also partially rely on the structural wall for support. Therefore, when a layer of partition board is attached to the periphery of the waterproof wall panel, water supply pipelines and electrical pipelines are laid in the gap between the partition board and the waterproof wall panel, and the gap between the partition board and the waterproof wall panel is filled with wall polyurethane foam. The wall polyurethane foam can wrap and solidify the waterproof wall panel, the flat keel, the internal angle keel and the water supply pipeline and electrical pipeline in the gap to form a keel skeleton structure that strengthens the wall. Therefore, the interior decorative surface of the assembled bathroom can be integrated with the external partition wall The extremely thin and stable wall of the composite structure eliminates the need for the traditional prefabricated bathroom to build a structural wall with a thickness of more than 150mm as the support body of the bathroom liner, so that the total thickness of the integrated wall can be controlled between 45mm-60mm, while the thickness of the wall and the bathroom liner structure of the traditional bathroom or the traditional prefabricated bathroom must be more than 200mm, thereby reducing the use of materials, reducing the load of the building floor, and improving the utilization rate of the building plane space. At the same time, the overlapping structure of the waterproof wall panel and the waterproof chassis, flat keel, internal angle keel, and external angle keel makes it unnecessary to carry out additional waterproof construction on the bearing body (structural floor) and the supporting body (structural wall) of the prefabricated integrated bathroom;The waterproof wall panel is inserted into the slot of the waterproof chassis wall panel, the bottom of the external angle keel, the flat keel and the internal angle keel are fixed to the waterproof flange of the chassis, the side structure is mortised and fixed to the side of the waterproof wall panel, the top plate keel fixes the structure of the internal angle keel, the flat keel, the external angle keel and the top of the waterproof wall panel and the structure of the top plate and the top plate keel. Even if the prefabricated toilet has a stable and independent inner tank structure, there is no need to build a structural wall as a support for its wall surface. When a decorative surface is required on the periphery of the toilet, a layer of decorative surface partition board can be pasted on the periphery of the waterproof wall panel of the prefabricated toilet. The gap between the partition board and the waterproof wall panel is between 20mm and 50mm. The gap can be used as a layout space for water supply and drainage pipelines and electrical pipelines, so that the pipeline installation does not need to be grooved or buried, which is convenient for inspection and maintenance. At the same time, the wall is filled with polyurethane foam after foaming , the wall polyurethane foam filling and curing space with a certain thickness can make the decorative surface partition board and waterproof wall board, flat keel, internal angle keel and water supply and drainage, electrical pipelines in the gap form an integrated wall structure, and each structural combination mutually strengthens the stability and firmness of the integrated wall. At the same time, due to the mutual mortise of waterproof wall board, waterproof chassis, flat keel, internal angle keel, external angle keel, top plate keel and top plate, the wall polyurethane foam can prevent the waterproof wall board from deformation and cracking during the expansion and curing process (especially when there is a structural wall on the back of the waterproof wall board); the partition wall and the bathroom are integrated into a structure, and the partition wall can be the decorative surface layer of the space outside the bathroom, thereby saving the installation space of the traditional partition wall, and also saving the installation space and installation procedure of the decorative surface layer, while improving the utilization rate of the building plane space, saving material use and saving cost. ;

[0005] The integrated bathroom with integrated partition wall waterproofing has leveling pads at the bottom of the waterproof chassis and above the structural floor; the keel fixing surface is on the top plate keel and higher than the top of the wall panel sleeve groove, and the wall panel sleeve groove (sleeved on the top of the waterproof wall panel, thereby, the keel fixing surface can be fixed with screws horizontally in the bathroom to the top of the inner corner keel, the outer corner keel, and the flat keel on the back, which reserves sufficient operating space for installation, and there is no need to use the top space of the bathroom as the installation operating space, thereby improving the space utilization rate of the building height; leveling The bottom of the connecting keel, the internal angle keel and the external angle keel are fixed to the inner side of the waterproof flange. This structure can prevent the scattered water collected on the wall and each joint from leaking out of the waterproof flange of the waterproof chassis and causing water leakage on the wall. At the same time, the keel fixing surface of the top plate keel is fixed horizontally with screws to form a complete, independent and stable frame inner liner structure in which the waterproof chassis, waterproof wall panels, flat keels, internal angle keels, external angle keels and top plate keels are interconnected and fixed. This structure can prevent any fixed connected structures from detaching and falling over.

[0006] The partition wall waterproof integrated toilet described in the present invention has a transverse partition bar in the gap between the waterproof wall panel and the partition board, and a plurality of transverse partition bars are distributed on the upper and lower back sides of each row of waterproof wall panels. The transverse partition bars isolate and disperse the gathering area of ​​the wall polyurethane foam into several areas to prevent the uncured liquid polyurethane foaming agent from gathering in one area and expanding and curing under the action of gravity, causing deformation of the wall in the gathering area. There are grouting holes on the partition board. After the transverse partition bars divide the space on the back side of the waterproof wall panel into several areas, the wall polyurethane foam is injected into the grouting holes to evenly fill the gap between the waterproof wall panel and the partition board with the wall polyurethane foam to prevent uneven foaming or omission. After the wall polyurethane foam is cured, the structural strength of the overall wall can be increased. A decorative panel is fixed on the back side of the partition board. The decorative panel is attached to the back side of the partition board to prevent the installer from deforming the partition board when filling the polyurethane foam due to different personal professionalism, resulting in an uneven and unsightly decorative surface, thereby reducing personal professionalism and making the outer surface neat and beautiful.

[0007] The integrated toilet with the toilet integrated with the partition wall described in the present invention has drainage pipelines and water supply pipelines in the pipeline well area.

[0008] The integrated bathroom with a bathroom and a partition wall described in the present invention has a composite layer of glass fiber and unsaturated resin solidified on the back of some waterproof wall panels, and the thickness of the composite layer is less than 3 mm. The composite layer of glass fiber and unsaturated resin solidified can increase the strength of the waterproof wall panels, and at the same time prevent the waterproof wall panels made of rock slabs and ceramic tiles from being broken or falling off in large pieces due to impact, causing safety accidents. The thickness of the composite layer is less than 3 mm, which can reduce the composite cost and reduce the plane space occupied by the composite layer.

[0009] The integrated toilet with a partition wall integrated into the toilet described in the present invention has a water-facing surface of the waterproof chassis without vertical holes passing through the bottom of the waterproof chassis. This structure can eliminate the hidden danger of water leakage caused by the vertical holes in the waterproof chassis; the floor drain includes a water-facing surface of the floor drain and a floor drain drainage outlet; the bottom of the water-facing surface of the floor drain is lower than the water-facing surface; the floor drain drainage outlet is on the outside of the waterproof flange, and this structure facilitates the connection and maintenance of the floor drain interface. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Figure 1 The top view of the structure of the present invention is shown with the upper part of the toilet removed.

[0011] Figure 2 For the present invention Figure 1 AA section view.

[0012] Figure 3 This is a partial structural diagram of the external angle keel connection of the present invention (without structure wall).

[0013] Figure 4This is a partial structural diagram of the external angle keel connection of the present invention (with a structural wall).

[0014] Figure 5 This is a diagram of an integrated wall structure with waterproof wall panels connected at the inner corners according to the present invention.

[0015] Figure 6 This is a diagram of an integrated wall structure with waterproof wall panels flatly connected according to the present invention.

[0016] Figure 7 It is a partial structural diagram of the flat connection of the waterproof wall panels of the present invention.

[0017] Figure 8 It is a partial structural diagram of the inner corner connection of the waterproof wall panel of the present invention.

[0018] Fig. 9 It is a partial structural assembly diagram of the junction of the waterproof wall panel and the top panel of the present invention.

[0019] Fig.10 It is a partial structural exploded view of the junction of the waterproof wall panel and the top panel of the present invention.

[0020] In the figure: 1- waterproof chassis; 2- waterproof wallboard; 3- top plate; 4- structural floor; 5- structural wall; 6- internal angle keel; 7- flat keel; 8- ground polyurethane foam; 9- partition board; 11- water-facing surface; 12- waterproof flange; 13- wall panel slot; 14- floor drain; 17- floor drain water-facing surface; 18- floor drain drainage outlet; 21- wall polyurethane foam; 22- keel slot; 25- external angle keel; 31- top plate keel; 32- wall panel sleeve groove; 61- wall panel adjustment groove; 62- wall panel plug; 64- composite layer; 71- plug; 83- horizontal keel; 84- keel fixing surface; 85- pipe well; 86- drainage pipeline; 87- water supply pipeline; 88- leveling pad; 89- screw; 91- electric pipeline; 92- horizontal spacer; 93- grouting hole; 94- decorative panel. DETAILED DESCRIPTION

[0021] The present invention is further described below with reference to the accompanying drawings, but is not limited to the embodiments.

[0022] Example 1 like Figure 1 , 2As shown in Figures 3, 4 and 5, the partition wall waterproof integrated toilet comprises a waterproof chassis 1, a waterproof wall panel 2, a top panel 3, a structural floor panel 4, a female angle keel 6, a male angle keel 25, a transverse keel 83, a flat keel 7, a ground polyurethane foam 8, a pipeline well 85, a partition wall panel 9, an electric pipeline 91, a water supply pipeline 87 and a wall polyurethane foam 21; the waterproof chassis 1 comprises a water-facing surface 11, a waterproof flange 12, a wall panel slot 13 and a floor drain 14 which are integrated into a structure; the waterproof chassis 1 is above the structural floor panel 4, and the gap between the structural floor panel 4 and the waterproof chassis 1 has a ground polyurethane foam The waterproof flange 12 surrounds the waterproof chassis 1 and is higher than the water-facing surface 11; there is a height difference on the water-facing surface 11 that slopes toward the floor drain 14, and the wall panel slot 13 is at the inner bottom of the waterproof flange 12, and the bottom of the wall panel slot 13 is not higher than the water-facing surface 11; the floor drain 14 is on the inner side of the wall panel slot 13 and lower than the water-facing surface 11; the bottom of the waterproof wall panel 2 is inserted into the wall panel slot 13; the sides of the two adjacent waterproof wall panels 2 on the same plane have concave keel slots 22, and the two sides of the flat keel 7 have convex plugs 71, and the plugs 71 are inserted into the keel slots 22; the internal angle keel 6 There are concave wallboard adjustment grooves 61 and convex wallboard plugs 62 on the top. Two waterproof wallboards 2 intersecting at different inner angles have one side inserted into the wallboard adjustment groove 61, and the other side has a concave keel slot 22 inserted into the convex wallboard plug 62; the backs of the two waterproof wallboards 2 intersecting at different outer angles have outer angle keels 25 and horizontal keels 83 overlapping each other; one end of the horizontal keel 83 is fixed to the angle side of the outer angle keel, and the other end is fixed to the back of the inner angle keel 6 or to the structural wall surface 5, forming a pipeline well 85 outside the waterproof flange 12; the inner angle keels 6, the outer angle keels 6, and the outer angle keels 6 outside the pipeline well 85 are connected to each other. The bottom of the angle keel 25 and the butt keel 7 are inside the inner side of the waterproof flange 12; the top plate keel 31 is at the top of the waterproof wall panel 2, the top of the internal angle keel 6 and the external angle keel 25 are fixed to the top plate keel 31, and the top panel 3 is fixedly overlapped with the top plate keel 31; the electric pipeline 91 and the water supply pipeline 87 are on the back of the waterproof wall panel 2; the partition board 9 is on the back of the electric pipeline 91, the water supply pipeline 87, the butt keel 7, the internal angle keel 25 and the waterproof wall panel 2; the gap between the partition board 9 and the waterproof wall panel outside the pipe well 85 area is filled with wall polyurethane foam 21, and the gap width is 30mm.

[0023] Example 2 like Figure 1 , 2 As shown in Figures 9 and 10, the partition wall waterproof integrated toilet has a leveling pad 88 at the bottom of the waterproof chassis 1 and above the structural floor 4; the keel fixing surface 84 is on the top plate keel 31 and is higher than the top of the wall panel groove 32, and the wall panel groove 32 is mounted on the top of the waterproof wall panel 2; the bottom of the flat keel 7, the internal angle keel 6, and the external angle keel 25 are fixed to the inner side of the waterproof flange 12, and the top is horizontally fixed to the keel fixing surface 84 of the top plate keel 31 by screws 89.

[0024] Example 3 like Figure 1 As shown, in the partition wall waterproof integrated toilet, there is a transverse partition bar 92 in the gap between the waterproof wall panel 2 and the partition panel 9, there is a grouting hole 93 on the partition panel 9, and a decorative panel 94 is fixed on the back of the partition panel 9.

[0025] Example 4 like Figure 1 As shown, in the partition wall waterproof integrated bathroom, there are drainage pipelines 86 and water supply pipelines 87 in the pipe well 85 area.

[0026] Example 5 like Figure 2 As shown, in the partition wall waterproof integrated toilet, a part of the waterproof wall panel 2 has a composite layer 64 of glass fiber and unsaturated resin solidified on the back, and the thickness of the composite layer 64 is less than 3 mm.

[0027] Example 6 like Figure 1 , 2 As shown, in the partition wall waterproof integrated toilet, the water-facing surface 11 of the waterproof chassis 1 has no vertical holes passing through the bottom of the waterproof chassis; the floor drain 14 includes a floor drain water-facing surface 17 and a floor drain drainage outlet 18; the bottom 17 of the floor drain water-facing surface is lower than the water-facing surface 11; the floor drain drainage outlet 18 is on the outside of the waterproof flange 12.

Claims

1. A partition wall waterproof integrated toilet, comprising a waterproof chassis (1), a waterproof wall panel (2), a top panel (3), a structural floor panel (4), a female corner keel (6), a male corner keel (25), a transverse keel (83), a flat keel (7), a ground polyurethane foam (8), a pipeline well (85), a partition wall panel (9), an electric pipeline (91), a water supply pipeline (87), and a wall polyurethane foam (21); characterized in that: The waterproof chassis (1) comprises a water-facing surface (11), a waterproof flange (12), a wall panel slot (13) and a floor drain (14) which are an integrated structure; the waterproof chassis (1) is above the structural floor (4), and the gap between the structural floor (4) and the waterproof chassis (1) is filled with ground polyurethane foam (8); the waterproof flange (12) surrounds the waterproof chassis (1) and is higher than the water-facing surface (11); there is a height difference on the water-facing surface (11) that slopes toward the floor drain (14); the wall panel slot (13) is at the inner bottom of the waterproof flange (12), and the bottom of the wall panel slot (13) is not higher than the water-facing surface (11); the floor drain (14) is on the inner side of the wall panel slot (13) and is lower than the water-facing surface (11); the bottom of the waterproof wall panel (2) is inserted into the wall panel slot (13); the side edges of two adjacent waterproof wall panels (2) on the same plane have concave keel slots (22), and the two sides of the flat keel (7) have convex plugs (71), and the plugs (71) are inserted into the keel slots (22); the inner angle keel (6) has a concave wall panel adjustment groove (61) and a convex wall panel plug (62), and the two waterproof wall panels (2) intersecting at different inner angles have a side edge of one inserted into the wall panel adjustment groove (61), and the side edge of the other is inserted into the wall panel adjustment groove (61). A concave keel slot (22) is inserted into a convex wall panel plug (62); the backs of two waterproof wall panels (2) intersecting with different positive angles are overlapped with positive angle keels (25) and transverse keels (83); one end of the transverse keel (83) is fixed to the angle side of the positive angle keel, and the other end is fixed to the back of the negative angle keel (6) or the structural wall surface (5), forming a pipeline well (85) outside the waterproof flange (12); the bottoms of the negative angle keel (6), the positive angle keel (25), and the flat keel (7) outside the pipeline well (85) are inside the inner side of the waterproof flange (12); the top plate keel (31) is fixed to the waterproof flange (12) The top of the water wall panel (2), the top of the inner corner keel (6) and the outer corner keel (25) are fixed to the top plate keel (31), and the top plate (3) is overlapped and fixed to the top plate keel (31); the electric pipeline (91) and the water supply pipeline (87) are on the back of the waterproof wall panel (2); the partition wall panel (9) is on the back of the electric pipeline (91), the water supply pipeline (87), the flat keel (7), the inner corner keel (25) and the waterproof wall panel (2); the gap between the partition wall panel (9) and the waterproof wall panel outside the pipeline well (85) area is filled with wall polyurethane foam (21), and the gap width is between 20 mm and 80 mm.

2. The partition wall waterproof integrated toilet according to claim 1, characterized in that: A leveling pad (88) is provided at the bottom of the waterproof chassis (1) and above the structural floor (4); a keel fixing surface (84) is on the top plate keel (31) and is higher than the top of the wall plate sleeve groove (32), and the wall plate sleeve groove (32) is sleeved on the top of the waterproof wall plate (2); the bottoms of the flat keel (7), the inner corner keel (6), and the outer corner keel (25) are fixed to the inner side of the waterproof flange (12), and the tops are transversely fixed to the keel fixing surface (84) of the top plate keel (31) via screws (89).

3. A partition wall waterproof integrated toilet according to claims 1 and 2, characterized in that: A transverse partition strip (92) is provided in the gap between the waterproof wallboard (2) and the partition board (9), a grouting hole (93) is provided on the partition board (9), and a decorative board (94) is fixed to the back of the partition board (9).

4. The partition wall waterproof integrated toilet according to claim 3, characterized in that: There are drainage pipelines (86) and water supply pipelines (87) in the pipeline well (85) area.

5. The partition wall waterproof integrated toilet according to claim 4, characterized in that: The back of a portion of the waterproof wallboard (2) is provided with a composite layer (64) of glass fiber and unsaturated resin solidification, and the thickness of the composite layer (64) is less than 3 mm.

6. The partition wall waterproof integrated toilet according to claim 5, characterized in that: The water-facing surface (11) of the waterproof chassis (1) has no vertical holes penetrating the bottom of the waterproof chassis; the floor drain (14) comprises a floor drain water-facing surface (17) and a floor drain drainage outlet (18); the bottom of the floor drain water-facing surface (17) is lower than the water-facing surface (11); and the floor drain drainage outlet (18) is located outside the waterproof flange (12).

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